def set_pool_balls(self):
counter = [0, 0]
coord_shift = np.array([
math.sin(math.radians(60)) * config.ball_radius * 2,
-config.ball_radius
])
initial_place = config.ball_starting_place_ratio * config.resolution
self.create_white_ball()
ball_placement_sequence = list(range(1, config.total_ball_num))
random.shuffle(ball_placement_sequence)
for i in ball_placement_sequence:
ball_iteration = ball.BallSprite(i)
remaining_ball = ball.BallSprite(i)
ball_iteration.move_to(initial_place + coord_shift * counter)
if counter[1] == counter[0]:
counter[0] += 1
counter[1] = -counter[0]
else:
counter[1] += 2
self.balls.add(ball_iteration)
self.remaining_balls.add(remaining_ball)
self.all_sprites.add(self.balls)
def set_pool_balls(self):
counter = [0, 0]
# coord_shift = np.array([math.sin(math.radians(60)) * config.ball_radius *
# 2, -config.ball_radius])
# initial_place = config.ball_starting_place_ratio * config.resolution
self.create_white_ball()
# randomizes the sequence of balls on the table
ball_placement_sequence = list(range(1, config.total_ball_num))
random.shuffle(ball_placement_sequence)
self.first_ball=random.randint(2,8)
while True:
self.second_ball=random.randint(2,8)
if(self.second_ball!=self.first_ball):
break
for i in [self.first_ball,self.second_ball,9]:
ball_iteration = ball.BallSprite(i)
ball_iteration.move_to([random.randint(80,920),random.randint(80,420)])
# if counter[1] == counter[0]:
# counter[0] += 1
# counter[1] = -counter[0]
# else:
# counter[1] += 2
self.balls.add(ball_iteration)
self.all_sprites.add(self.balls)
def create_white_ball(self):
self.create_white_ball = ball.BallSprite(0)
ball_pos = config.white_ball_initial_pos
while check_if_ball_touches_ball(ball_pos, 0, self.balls):
ball_pos = [random.randint(int(config.table_margin + config.ball_radius + config.hole_radius),int(config.white_ball_initial_pos[0])),
random.randint(int(config.table_margin + config.ball_radius + config.hole_radius),int(config.resolution[1] - config.ball_radius - config.hole_radius))]
self.white_ball.move_to(ball.pos)
self.balls.add(self.white_ball)
self.all_sprites.add(self.white_ball)
def set_pool_balls(self, other_ball_pos):
counter = [0, 0]
coord_shift = np.array([
math.sin(math.radians(60)) * config.ball_radius * 2,
-config.ball_radius
])
initial_place = other_ball_pos
#print(initial_place)
self.create_white_ball()
# randomizes the sequence of balls on the table
ball_placement_sequence = [1]
for i in ball_placement_sequence:
ball_iteration = ball.BallSprite(i)
ball_iteration.move_to(initial_place)
if counter[1] == counter[0]:
counter[0] += 1
counter[1] = -counter[0]
else:
counter[1] += 2
#print(counter[1], counter[0])
self.balls.append(ball_iteration)
self.all_sprites.append(self.balls)
def create_white_ball(self):
self.white_ball = ball.BallSprite(0)
#print(config.white_ball_initial_pos)
ball_pos = config.white_ball_initial_pos #sets the intial position of the white ball yoooooo ----- change this
#print("ball pos:", str(ball_pos))
#print(self.balls)
while check_if_ball_touches_balls(ball_pos, 0,
self.balls): #moves bad ball?
#print(ball_pos)
#print("111111")
ball_pos = [
random.randint(
int(config.table_margin + config.ball_radius +
config.hole_radius),
int(config.white_ball_initial_pos[0])),
random.randint(
int(config.table_margin + config.ball_radius +
config.hole_radius),
int(config.resolution[1] - config.ball_radius -
config.hole_radius))
]
self.white_ball.move_to(ball_pos)
self.balls.append(self.white_ball)
self.all_sprites.append(self.white_ball)
def create_white_ball(self):
self.white_ball = ball.BallSprite(0)
ball_pos = config.white_ball_initial_pos
self.white_ball.move_to(ball_pos)
self.balls.add(self.white_ball)
self.all_sprites.add(self.white_ball)